GREMPA: A useful initiative for cooperation in almond research Socias i Company R.. |
13-22 |
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Almond Breeding: important issues and challenges for research Dicenta F., Egea J., Ortega E., Martínez-Gómez P., Sánchez-Pérez R., Rubio M., Martínez-García P.J., Gómez E.M., del Cueto J., Sánchez-Prudencio A., Cremades T.. |
23-28 |
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Paternal effects on fruit characteristics of some almond cultivars Açar I., Yilmaz A., Ak B.E.. |
29-32 |
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Performance of the CITA almond releases and some elite breeding selections Alonso Segura J.M., Socias i Company R., Kodad O., Espada Carbó J.L., Andreu Lahoz J., Escartín Santolaria J.. |
33-36 |
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Morphometric features of local and foreign female pistachio cultivars and ecotypes in northeast Tunisian conditions Chelli-Chaabouni A., Ouni S., Trad M., Ouerghi I., Ben Hamda H.. |
37-41 |
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Self-compatibility sources as sources of variation in advanced almond introgression lines Gradziel T.M.. |
43-47 |
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Genetic characterization of almond (Prunus dulcis) cultivars and natural resources Halász J., Skola I., Kodad O., Ercisli S., Ledbetter C.A., Hegedüs A.. |
49-53 |
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Expression of the Sfa-allele in homozygote genotypes (SfaSfi) indicates a mutation in the stylar part of the Sf haplotype as origin of self-compatibility in almond Kodad O., Socias i Company R., Alonso J.M.. |
55-58 |
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Do almonds (Prunus amygdalus Mill.) alpha-amylase germinating seedlings have a beta/alpha fold? Hermi S., Bahri S.. |
59-63 |
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Pistachio industry in Tunisia: Opportunities of improvement Elloumi O., Ghrab M., Chelli-Chaabouni A., Ben Mimoun M.. |
65-68 |
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Fine-mapping of the bitterness locus in almond Ricciardi F., del Cueto J., Lotti C., Pavan S., Ricciardi L., Dhingra A., Dicenta F., Moller B.L., Sánchez-Pérez R.. |
69-72 |
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Cyanogenic glucosides from dormancy to flowering time in early and late almonds del Cueto J., Olsen C.E., Moller B.L., Dicenta F., Sánchez-Pérez R.. |
73-77 |
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Comparative proteomics of pistils and anthers from self-incompatible and self-compatible almonds by iTRAQ and 2D-nano-LC ESI-MSMS Gómez E.M., Dicenta F., Martínez-García P.J., Ortega E.. |
79-82 |
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Significance of S-genotype determination in the conservation of genetic resources and breeding of almond Gómez E.M., Dicenta F., Batlle I., Romero A., Ortega E.. |
83-86 |
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Early selection for flowering time in almond breeding programs Rubio M., Cremades T., Dicenta F.. |
87-91 |
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Contribution in tracing the origin and evolutional history of almond around the Mediterranean basin Gouta H., Ksia E., Ben Ayed R., Gogorcena Y., Rebai A.. |
93-97 |
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Flower description and fertility of the main Tunisian almond cultivars Gouta H., Ouni R., Mars M.. |
99-103 |
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Pomological, phenotypical diversity and biochemical characterization of fortheen almond morphotypes from Morocco Hanine H., Zinelabidine L.H., Kodad O., H'ssaini H., Haddioui A., Ennahli S.. |
105-110 |
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Molecular characterization of Spanish autochthonous almond breeding collections using SSRs Martínez-Gómez P., Romero A., Batlle I., Dicenta F.. |
111-114 |
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Self-compatibility and floral morphology of almond cultivars Rovira M., Miarnau X.. |
115-118 |
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Effect of different concentrations of ZnSO4 on Pistacia atlantica plantlets growth under semi-controlled conditions Daoudi S., Hamada O., Doghbage A., Belhadj S.. |
119-122 |
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‘Vialfas’, a new late blooming almond cultivar Socias i Company R., Alonso J.M., Kodad O., Ansón J.M.. |
123-125 |
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Methylation of the Sf locus in almond is associated with S-RNase loss of function Fernández i Martí A., Gradziel T.M., Socias i Company R.. |
127-130 |
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Almond Rootstocks: Overview Rubio-Cabetas J.M.. |
133-143 |
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Impact of osmotic drought stress on carbon isotope discrimination and growth parameters in three pistachio rootstocks (Pistacia spp., Anacardiaceae) Esmaeilpour A., van Labeke M.C., Boeckx P., van Damme P.. |
145-150 |
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Assessment of control pollinated progenies as almond rootstocks Mselmi Taoueb S., Ben Hamda H., Jraidi B., Ouerghi I., El Gharbi A.. |
151-154 |
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Endophytic fungi of leaf of Atlas pistachio of Dayate Aiat (Laghouat, Algeria) Zareb A., Smail-Saadoun N., Rezki-Sekhi L.. |
155-158 |
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Rate of endomycorrhizal colonization in Pistacia vera L. Bouabdelli Z., Belhadj S., Sadoun Smail N.. |
159-162 |
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Genetic diversity of almond rootstocks. The INRA Prunus rootstock breeding program Duval H.. |
163-165 |
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Effectiveness of histological techniques for early identification of scion rootstock incompatibility Ksia E., Gouta H., Aïachi M.. |
167-171 |
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Budding success and growth aptitude under rainfed conditions during the first year of plantation: Comparison between Pistacia terebinthus L. and UCB-I Memmi H., Couceiro J.F., Gijón M.C., Pérez-López D.. |
173-176 |
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Effect of two rootstocks on growth, yield and nut characteristics of ‘Mateur’ and ‘Achouri’ pistachio varieties Ouni S., Chelli-Chaabouni A., Ouerghi I., Ben Hamda H., Rhouma A.. |
177-181 |
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Rootstock trial of eight GxN interespecific hybrids in almond Bielsa B., Rubio-Cabetas J.M., Felipe A.J., Gómez-Aparisi J., Socias i Company R.. |
183-186 |
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Pistacia atlantica rhizosphere characterization under arid climate Lahoual M., Belhadj S., Nait Kaci Boudiaf M.. |
187-191 |
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Effect of gender on the leaf morphological diversity in Pistacia lentiscus Doghbage A., Belhadj S., Derridj A.. |
193-196 |
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A review of research on diseases and pests of almonds in Morocco Boulif M.. |
199-204 |
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Contribution to a better understanding of flight pattern and egg-laying duration of the Pistachio seed wasp Braham M.. |
205-209 |
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Shoot feeding period characterization of the pistachio twig borer Braham M.. |
211-215 |
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Determination of certain biological characteristics of the pistachio seed wasp, Eurytoma plotnikovi Nik. (Hymenoptera, Eurytomidae), for its natural enemies in South East Anatolia, Turkey Karadag S., Sarpkaya K., Usanmaz H., Bengü Sahan Y., Konukoglu F.. |
217-219 |
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Morphology of healthy leaves and galling leaves in Pistacia terebinthus L. Louzabi S., Belhadj S., Bouragba Brague N.. |
221-224 |
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Transferring resistance to Plum pox virus (PPV, sharka) from almond to peach by crossing and grafting Rubio M., Dicenta F., Martínez-Gómez P.. |
225-228 |
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Comparison between phyllosphere components of the leaves of Pistacia lentiscus in two stations of the Wilaya of Medea (Cherrata and Tamezguida) in Algeria Yasmine A., Safia B., Mustapha O., Corinne V.. |
229-232 |
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Sanitary status of Spanish autochthonous almond cultivars and its implication in breeding strategies Rubio M., Martínez-Gómez P., Romero A., Batlle I., Dicenta F.. |
233-236 |
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Effect of Chaetoptelius vestitus on the chemical compostion of pistachio seed (Pistacia vera) harvested in Bechloul (Algeria) Chebouti-Meziou N., Chebouti Y., Merabet A., Behidj N., Doumandji S.. |
237-240 |
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Challenges in orchard management for almond and pistachio Lansari A.. |
243-246 |
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Climate change and vulnerability of the pistachio and almond crops in the Mediterranean arid areas Ghrab M., Ben Mimoun M., Masmoudi M.M., Ben Mechlia N.. |
247-251 |
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Determination of yield and some quality traits of Pistachio cv. ‘Siirt’ trained different systems Aktug Tahtaci S., Gozel H., Yilmaz A., Ak B.E.. |
253-256 |
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Macro- and microelement concentrations in different parts of “on”- and “off”-year ‘Siirt’ Pistachio trees Ak B.E., Fidan M.. |
257-261 |
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Determination of carbohydrates contents in pruned and unpruned almond cultivars Ikinci A., Küden A., Ak B.E.. |
263-266 |
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Pistacia atlantica, a spontaneous hypermycotrophic phanerophyte: could be a natural tool to enhance the potential of mycorrhizal infectivity (PMI) of soils in arid regions? Limane A., Smail-Saadoun N.. |
267-271 |
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Chemical changes in the composition of roasted kernels of Moroccan almonds Kodad O., Estopañán G., Baddir K., Juan T., Sindic M., Socias i Company R.. |
275-278 |
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Soluble sugars and mineral nutrient contents in kernels of three Tunisian almond cultivars Ben Mohamed H., Mselmi Taoueb S., Zrig A., Ben Hamda H., Harbi Ben Slimane M.. |
279-282 |
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Pistacia vera: chemical composition and pharmacological activities (Pistachio nuts) El Bairi K., Jadda H., Terkmane C.. |
283-285 |
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Extraction methods of seed oil and oil quality of Pistacia atlantica grown in dry land Gharsallaoui M., Azouzi H., Chelli-Chaabouni A., Ghrab M., Condoret J.S., Ayadi M., Gabsi S.. |
287-290 |
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Valorisation of local almond genotypes regarding their biochemical and mineral compositions Gouta H., Khelifa R., Laaribi I., Mechri B., Molino F., Estopañán G., Juan Esteban T.. |
291-296 |
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Some physical properties in nut and kernel of two almond varieties (‘Marcona’ and ‘Tuono’) grown in Northern Morocco Rharrabti Y., Sakar E.. |
297-301 |
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Industrial characteristics of Spanish native almond cultivars and their interest for breeding programs Romero A., Miarnau X., Dicenta F., Batlle I.. |
303-308 |
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Influence of region and variety on fatty acid and tocopherol concentration of almond Zhu Y., Wilkinson K., Wirthensohn M.G.. |
309-316 |
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Characterization of almond kernel oils of five almonds varieties cultivated in Eastern Morocco Houmy N., Mansouri F., Benmoumen A., Elmouden S., Boujnah M., Sindic M., Fauconnier M-L., Serghini-Caid H., Elamrani A.. |
317-321 |
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Pistachio production and industry in Turkey: current status and future perspective Ak B.E., Karadag S., Sakar E.. |
323-329 |
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